Nowadays, you can see them if you go outside on a clear night practically anywhere on Earth, such as a field in rural Saskatchewan, a beach in southern Portugal, or a plateau in the Chilean Atacama where some of the most potent telescopes in the world are aimed at the sky. A series of uniformly spaced, pale lights crawled steadily across the shadows. Not stars. Not airplanes. Dozens at a time, Starlink satellites move with a silent mechanical regularity that seems completely different from everything else up there. When they are first noticed, people often stop speaking in the middle of their sentences.
When SpaceX launched its first batch of sixty satellites in May 2019, it would have seemed like science fiction, but in March 2026, the company achieved a milestone. Currently, over 10,000 Starlink satellites are in orbit around the planet. Since that initial mission, about 11,558 have been launched; the remaining ones have either failed or de-orbited, which speaks volumes about the scope and speed of what’s going on overhead.
| Category | Details |
|---|---|
| Company & operator | SpaceX (Space Exploration Technologies Corp.), founded by Elon Musk; headquartered in Hawthorne, California |
| Starlink satellites in orbit | More than 10,000 currently active in low-Earth orbit (milestone reached March 2026) active |
| Total Starlinks launched since 2019 | 11,558 — the difference accounts for satellites that have de-orbited or failed |
| SpaceX’s share of all satellites | Controls approximately two-thirds of all active satellites orbiting Earth dominant |
| New proposal filed with FCC | SpaceX filed to launch one million additional satellites as orbital AI data centres — bare-bones detail provided |
| Visible stars (naked eye, unpolluted sky) | Fewer than 4,500 — a million-satellite deployment would produce more visible satellites than stars for much of the night concern |
| Research prediction (Lawler et al.) | With 65,000 satellites from four planned megaconstellations, 1 in 15 visible points in the night sky would be a satellite, not a star |
| Atmospheric impact | Multiple satellites re-enter daily; metallic vapour from burn-up measurable in upper atmosphere; long-term effects poorly understood under study |
| Debris incidents | SpaceX space junk has landed on Saskatchewan farmland; debris falls documented globally |
| Radio interference | Starlink radio waves interfering with radio telescope observations, per peer-reviewed research (Sept 2024) |
| Official reference | EarthSky: 10,000 Starlink satellites orbiting Earth… and counting (earthsky.org) |
Approximately two-thirds of all active satellites orbiting the planet are currently under the control of Elon Musk’s company. Two thirds. A specific density of objects in low-Earth orbit has been produced throughout the history of human spaceflight, from Sputnik to the International Space Station. In less than seven years, SpaceX has surpassed it.
Broadband internet for remote and underserved communities that cable and fiber would never reach was the original Starlink pitch, which was genuinely compelling in a way that was difficult to refute. A rural Alaskan fishing village. A hospital located in a sub-Saharan African landlocked region. areas affected by disasters where ground infrastructure has failed.
Parts of that promise have been fulfilled by the service, and the locals have been happy about it. Seeing a suburban home use Starlink terminals as a backup for their cable provider has a different moral significance than witnessing a Ukrainian soldier use them to coordinate in a combat zone. The technology performs as promised.
However, something is being lost in the transaction, and those who are losing it were not given the opportunity to vote. A few years ago, Samantha Lawler, an astronomer at the University of Regina, and her colleagues conducted simulations to predict the appearance of the night sky if four planned megaconstellations—Starlink, China’s Guowang, OneWeb, and Amazon’s Kuiper—reached a combined total of about 65,000 satellites. One in fifteen visible points of light would be a satellite rather than a star, according to their startling discovery. In a truly dark sky, less than 4,500 stars are visible to the human eye. The math quickly becomes uncomfortable.
What SpaceX recently submitted to the FCC makes the situation much more urgent. The company intends to launch one million more satellites, but this time they will serve as orbital data centers that will supply AI processing power rather than internet service.
By most accounts, the filing only includes basic technical information. It doesn’t adequately address collision risk in an increasingly crowded low-Earth orbit, atmospheric pollution from re-entry, or the fundamental engineering question of how a data center in space gets rid of waste heat. With a prototype they dubbed “darksat”—a Starlink they painted black to lessen reflectivity—SpaceX actually attempted to address satellite brightness early on. Overheating occurred on the satellite. The electronics didn’t work. Apparently, the lesson was that the darksat approach in particular had failed, not that orbital data centers have basic thermal management issues.
As this develops, there’s a strong sense that the rules governing what goes into orbit were created for a time when launches were uncommon, costly, and carried out almost entirely by governments. The FCC was not built to assess how a million satellites would affect humanity’s collective relationship with the night sky. It was intended to control radio spectrum.
SpaceX has been able to operate more quickly than the oversight agencies can keep up by operating in the space between what the regulations forbid and what they consider. At frequencies that radio telescopes use, radio waves from the current constellation can already be measured. SpaceX space debris has ended up on a Saskatchewan farm. Every day, a number of satellites fall back into the atmosphere, burning up and leaving behind metallic vapor in the upper atmosphere at concentrations that scientists are still figuring out how to measure.
It’s still unclear if any regulatory body will take the million-satellite proposal seriously or if it will proceed through approval procedures in the same incremental manner as the first 10,000, with objections noted but mostly ignored. Not senators or trade ministers, but academics at Canadian universities are the astronomers making the most noise.
The businesses most likely to resist, such as China with Guowang and Amazon with its Kuiper constellation, have their own plans for megaconstellations and ITU filings. There is currently no compelling reason for anyone constructing objects in orbit to set binding restrictions on the number of objects that others may place there.
For as long as people have existed, the night sky has been a commons. It was read by shepherds. It was used by navigators to cross oceans. Every civilization in history looked up at the same stars and created narratives based on them. It’s not just the view that’s being changed now. It’s more difficult to identify and more difficult to recover once it’s gone. The request for authorization to make it significantly worse is already sitting in a Washington inbox, awaiting an answer that might never come.
